The possibility of cloning humans has raised questions as to whether nuclear transfer can be used to reproducibly generate healthy adult animals. Reports in the popular and scientific press on genetic, immunological, and other developmental problems raise the question of whether there are “any normal clones in existence ” (1–4). We evaluated a series of 24 sexually mature cattle, cloned from nonquiescent somatic cells as described (5, 6). A total of 496 blastocysts were transferred into progestin-synchronized recipients, and 110 of the 247 recipients (45%) were preg-nant as determined by ultrasound 35 to 4
The primary intention of somatic cell nuclear transfer in cattle is commercially driven, notably to ...
A all in vitro cloning technique was developed in wich embryos from the first cycle nuclear transfer...
The present study examined the in vitro and in vivo development of bovine nuclear-transferred embryo...
Recent evolutions of somatic cloning by nuclear transfer are reported, especially in the bovine spec...
Cloning by nuclear transfer using mammalian somatic cells has enormous potential application. Howeve...
An efficient animal cloning technology would provide many new opportunities for livestock agricultur...
Development to blastocyst following nuclear transfer (NT) is dependent on the donor cell\u27s abilit...
<div><p>The objective of this study was to determine whether or not reproductive performance in catt...
The present study aims to investigate the nuclear reprogramming and culture requirement for somatic ...
A all in vitro cloning technique was developed in which the reconstituted embryos from the first cyc...
nuclear transferdonor cell typesdonor ageserum starvationcell passage Cloning by nuclear transfer us...
Therapeutic cloning by somatic cell nuclear transfer offers potential for treatment of a wide range ...
Presence of placental tissues from more normal noncloned embryos could reduce the preg-nancy failure...
The production of a healthy cloned calf is dependent on a multitude of successful steps, including r...
In 1987, Prather et al. have performed the first embryo cloning by nuclear transfer in the bovine sp...
The primary intention of somatic cell nuclear transfer in cattle is commercially driven, notably to ...
A all in vitro cloning technique was developed in wich embryos from the first cycle nuclear transfer...
The present study examined the in vitro and in vivo development of bovine nuclear-transferred embryo...
Recent evolutions of somatic cloning by nuclear transfer are reported, especially in the bovine spec...
Cloning by nuclear transfer using mammalian somatic cells has enormous potential application. Howeve...
An efficient animal cloning technology would provide many new opportunities for livestock agricultur...
Development to blastocyst following nuclear transfer (NT) is dependent on the donor cell\u27s abilit...
<div><p>The objective of this study was to determine whether or not reproductive performance in catt...
The present study aims to investigate the nuclear reprogramming and culture requirement for somatic ...
A all in vitro cloning technique was developed in which the reconstituted embryos from the first cyc...
nuclear transferdonor cell typesdonor ageserum starvationcell passage Cloning by nuclear transfer us...
Therapeutic cloning by somatic cell nuclear transfer offers potential for treatment of a wide range ...
Presence of placental tissues from more normal noncloned embryos could reduce the preg-nancy failure...
The production of a healthy cloned calf is dependent on a multitude of successful steps, including r...
In 1987, Prather et al. have performed the first embryo cloning by nuclear transfer in the bovine sp...
The primary intention of somatic cell nuclear transfer in cattle is commercially driven, notably to ...
A all in vitro cloning technique was developed in wich embryos from the first cycle nuclear transfer...
The present study examined the in vitro and in vivo development of bovine nuclear-transferred embryo...